Best Solar Software in Saudi Arabia: The 2026 Stack

📘 Regulation note

Distributed solar is regulated by the Saudi Electricity Regulatory Authority with a 2 MW ceiling on small-scale systems and capacity tied to [sanctioned load](/glossary/sanctioned-load). Connection and metering run through the Saudi Electricity Company, and national programme policy sits with the Ministry of Energy. Equipment must satisfy SASO on top of the IEC series.

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The Six Categories, and What Each Costs in Riyals

Buying errors in this market are almost never brand errors. They are category errors: a developer with an availability problem buying a design suite, or an EPC with a bid-scoring problem buying a customer relationship system.

Design and simulation turns a site into an engineered plant: layout, terrain, shading, string sizing, single line diagram, bill of quantities, yield at P50 and P90. Saudi band: SAR 0 to SAR 56,000 per seat per year.

Proposal and tender documents turns that plant into something a procurement committee scores. Band: SAR 0 to SAR 10,000 per seat per year, usually bundled with design.

Monitoring and asset performance management watches the plant for 25 years, normalises data across inverter brands, calculates weather-adjusted performance ratio and availability, and produces the report that settles a contractual argument. Band: SAR 0 from the inverter vendor, rising to SAR 30,000 to SAR 400,000 a year for an independent platform on a real portfolio.

Cleaning and soiling management decides when the water truck or the robot goes out. In Riyadh or Dammam this is a computable optimisation with a payback inside a year on a plant above a megawatt. Band: bundled with robotic hardware, or SAR 20,000 upward for soiling stations feeding a scheduling rule.

ERP, procurement and local content tracks suppliers, purchase orders, in-Kingdom spend and workforce nationalisation against the commitment in your contract. Band: SAR 6,000 per user per year for a mid-market system, into six figures for a giga-project deployment.

Field operations captures commissioning records, permit to work, high voltage switching, inspection evidence and work orders, in Arabic, from crews standing on a 60 Celsius module. Band: SAR 0 to SAR 8,000 per user per year.

The Kingdom Stack Coverage Test

This is the framework our own engineering group applies before adding any platform to a Gulf workflow. Score each tool 1 to 5 on six axes for 30 total, then check that your chosen combination reaches at least 4 on every axis collectively rather than that any single tool scores well.

1. Engineering credibility. Terrain, high-ambient derating, 8,760-hour simulation, drawings a consultant will accept.
2. Saudi regulatory fit. SERA sizing rules, SEC interconnection format, SASO equipment awareness, Saudi Building Code detail.
3. Portfolio visibility. Multi-brand data, weather-normalised performance ratio, availability against contract, 25-year data retention.
4. Desert operations. Soiling measurement, cleaning scheduling, thermal inspection, high-temperature fault behaviour.
5. Procurement and compliance. Local content tagging, supplier records, tender programme, auditable evidence.
6. Arabic depth. Interface, generated reports, field forms and invoices, with right-to-left tables that actually reflow.

Scores across the ten: SurgePV 19 (5 on axes 1 and 2, 4 on 6, 2 on 3, 2 on 4, 1 on 5), meteocontrol 16, Power Factors 16, Huawei FusionSolar 15, Ecoppia 12, PVsyst 11, Oracle Primavera P6 11, Odoo 13, Raptor Maps 11, SafetyCulture 11.

No tool reaches 20 of 30. That is the argument for a stack, and it is why a page ranking only design software cannot answer the question this page asks.

Verdict. Buy your design and proposal core once and consolidate it, because a split between the engineered number and the client-facing number is expensive. Then spend the rest of the budget on whichever of monitoring, cleaning or procurement compliance is currently costing you the most. For a rooftop contractor that is usually nothing beyond free vendor monitoring. For a plant owner it is asset performance management, every time.

Top 10 Solar Software Platforms in Saudi Arabia Compared

Pricing is 2026, annualised, converted at the pegged rate of SAR 3.75 per US dollar. These tools sit in different categories, so the price column is not a like-for-like comparison and should not be read as one.

#	Platform	Category	Price (SAR per year)	Best for
1	SurgePV	Design, simulation, proposal	SAR 4,870 per user (US$1,299)	The engineering and commercial core of any Saudi stack
2	meteocontrol VCOM	Independent monitoring and APM	~SAR 30,000 to SAR 250,000 by portfolio	Utility-scale plants with contractual availability
3	Power Factors	Portfolio asset performance	~SAR 40,000 to SAR 400,000 by MW	Mixed-brand fleets and O&M providers with guarantees
4	Huawei FusionSolar	Inverter-vendor monitoring	Included with hardware	Huawei-standardised C&I and utility fleets, Arabic native
5	Ecoppia	Robotic cleaning control and scheduling	Quoted per MW with hardware	Large ground mount in the Eastern Province and Sakaka
6	Odoo	ERP, procurement, local content tracking	Free single-app tier, then published per user per month by country	Mid-size EPCs evidencing iktva commitments
7	PVsyst	Bankable yield simulation	CHF 700 per user (about SAR 3,260)	NREP bids and lender technical due diligence
8	Oracle Primavera P6	Tender programme and EPC scheduling	~SAR 9,000 to SAR 14,000 per user	Contractors on government programme reporting
9	Raptor Maps	Aerial thermal inspection	~SAR 1,800 to SAR 6,000 per MW scanned	Defect registers and module warranty claims
10	SafetyCulture	Field evidence and HSE	Free up to 10 seats; Premium US$24/seat/mo annual	Any contractor with crews and an auditing client

Read the table by category, not by rank. Position 3 beating position 7 does not mean Power Factors replaces PVsyst. It means that for the job Power Factors does, on a Saudi portfolio, it is the better buy.

1. SurgePV

What it does best. The engineering and commercial core in one licence. Enter a Saudi address, get an AI-built 3D model from satellite imagery, lay out an industrial roof, a car park canopy or a ground-mount block, run the 8,760-hour module-level simulation with 45 to 50 Celsius ambient derating and a cleaning-interval soiling profile rather than a flat 2 percent global default, size strings against the winter-morning open-circuit voltage extreme and the summer MPPT window, then produce the riyal financial model, the single line diagram, the bill of quantities and the Arabic or English proposal from the same model. For distributed work it sizes against sanctioned load under the SERA 2 MW ceiling instead of filling the roof.

Pricing. About SAR 4,870 (US$1,299) per user per year on the 5-User Team plan, roughly SAR 24,350 for five seats. Individual seats about SAR 7,120 (US$1,899). Free trial, no credit card.

Who it suits. Saudi EPCs and contractors doing rooftop and C&I self-consumption work, consultancies preparing technical submittals, and developers iterating layouts before a bid is frozen.

Honest limitations. In whole-stack terms the gaps are large and specific. SurgePV does no monitoring at all, so it says nothing about a plant after commissioning and cannot support an availability guarantee, a performance ratio dispute or a 25-year data record. It has no asset performance management, no multi-brand data normalisation and no SCADA integration, which for an NREP plant owner is the layer the contract is written around. It does no cleaning or soiling management: no soiling station ingestion, no cleaning schedule optimisation, no water usage reporting. It has no ERP, no procurement module and no local content tagging, so nothing in the platform helps you evidence an iktva commitment. There is no field service capability, no work orders, no permit to work, no crew scheduling and no offline inspection app. Arabic proposal and document export exists, but the full interface and report set is less thoroughly Arabised than Huawei’s regional tooling, which matters on a government submittal. There is no SEC filing automation, because nobody has automated it. And where an NREP tender or a lender names PVsyst by report format, SurgePV complements it rather than replacing it. Two of six categories, honestly stated.

Test the SERA sizing and Arabic export on one of your own sites with a SurgePV demo before you commit a team to it.

2. meteocontrol VCOM

What it does best. Independent monitoring built for utility-scale plants rather than for rooftops. meteocontrol’s blue’Log data loggers and the VCOM portal sit above whichever inverters, trackers, weather stations and meters the EPC installed, which on a Saudi plant is rarely one brand. It calculates weather-adjusted performance ratio and contractual availability consistently, holds the long data history a 25-year power purchase agreement eventually needs, supports the ticketing loop from alarm to closed work order, and exports the monthly technical report a lender or an offtaker expects in a fixed format.

Pricing. Subscription scaled by plant capacity and data granularity. Saudi portfolios commonly land between SAR 30,000 and SAR 250,000 a year, with hardware and commissioning priced separately.

Who it suits. Independent power producers, asset managers and technical advisors on NREP-scale plants, and any owner whose revenue is tied to a measured availability figure.

Honest limitations. It is heavy for anything under a few megawatts, and a rooftop contractor will never justify it. Onboarding is a data engineering project with real elapsed time, not a signup, and the platform is only as good as the metering and irradiance sensors the EPC actually commissioned. No design, no proposals, no procurement, no customer pipeline. Regional support depth is thinner than Huawei’s in the Kingdom, and Arabic coverage across generated reports is partial.

3. Power Factors

What it does best. Running a mixed portfolio as one asset. Power Factors, which absorbed Greenbyte and Drive, ingests data from every inverter brand and SCADA vintage you own, normalises it, calculates availability and weather-adjusted performance ratio on one definition across sites, attributes losses by category, and turns anomalies into cases with a history. For a Saudi O&M provider carrying availability obligations across several client plants built by different contractors, this replaces a spreadsheet nobody trusts. Loss attribution matters more here than in temperate markets, because a Saudi plant loses output to soiling, to heat and to curtailment, and telling those apart is the whole argument at the annual review.

Pricing. Priced per site and per megawatt annually. Saudi portfolios commonly sit between SAR 40,000 and SAR 400,000 a year depending on capacity and site count, with integration billed separately.

Who it suits. Asset owners, O&M contractors and fund-level portfolio managers with contractual performance obligations.

Honest limitations. No design, no simulation, no proposals, no sales. Unaffordable and unnecessary for a single-site owner or a small contractor. Its value depends entirely on the quality of the incoming data, so a plant with poor metering gets an expensive view of an unreliable number. Local content and procurement tracking sit outside it, and Arabic report generation is limited.

Running a Saudi portfolio and unsure whether it is performing? Our engineers will benchmark a year of your generation data against modelled yield and tell you what is losing money. Talk to our team, or start with our guide to how to monitor solar generation.

4. Huawei FusionSolar

What it does best. Owning the operating life of a Huawei plant at no licence cost, with a genuinely Arabised interface. Huawei inverters are heavily deployed across Saudi C&I rooftops and in utility-scale blocks, and FusionSolar delivers string-level production data, IV curve diagnosis that identifies a failing string without sending a technician onto a roof at 52 Celsius, smart tracker control, alarm handling and performance ratio reporting. On a Saudi site the IV curve diagnostic is the specific feature that justifies its rank: physical inspection is slow, hot and expensive here, and diagnosis from the ground has direct labour value.

Pricing. Included with the hardware for standard deployments. Enterprise SmartPVMS instances and portfolio API access are quoted.

Who it suits. Any Saudi contractor or owner with a Huawei-heavy fleet, and O&M teams managing those assets.

Honest limitations. Hardware locked, so a portfolio mixing Huawei, Sungrow, SMA and Sinexcel means several portals and no consolidated availability figure, which is exactly when meteocontrol or Power Factors begins to earn its fee. Historical data granularity thins over time on standard tiers, which matters when a performance guarantee is disputed in year four, so export and archive your own data. No design worth using for a submittal, no proposals, no procurement, no work order system. It also creates procurement lock-in: the better your operations get on FusionSolar, the harder it becomes to specify a different inverter next round.

5. Ecoppia

What it does best. Making cleaning a controlled variable in a market where dust is the largest recoverable loss. Ecoppia’s waterless robotic systems are deployed on large Middle Eastern plants, and the part that belongs in a software ranking is the control and analytics layer: it decides cleaning frequency from measured soiling and forecast dust events rather than from a fixed monthly calendar, dispatches the robots, and reports yield recovered and water saved. In the Eastern Province, where a single shamal event can strip several percent off a month, calendar cleaning is guesswork with a truck attached.

Pricing. Sold as a combined hardware and software package quoted per megawatt, usually specified at design stage. The scheduling software is not licensed separately.

Who it suits. Utility-scale ground mount and very large industrial installations, ideally designed for it from the racking up.

Honest limitations. Capital intensive and awkward to retrofit onto racking never designed for robots. Irrelevant to a rooftop portfolio. Because the intelligence is bundled with the hardware, you cannot buy the soiling-driven scheduling logic on its own and apply it to a manual cleaning crew, which is what most Saudi contractors actually need. For that case, soiling sensors feeding your monitoring platform and a simple economic rule gets most of the benefit at a fraction of the cost. The mechanism is set out in our soiling loss glossary entry.

6. Odoo

What it does best. Being the procurement and local content backbone a mid-size Saudi contractor can actually afford. Purchasing, supplier records, inventory, project accounting, timesheets, field service and invoicing sit in one system with Arabic support and Saudi VAT and e-invoicing handling available through local partners. The reason it earns a place in a solar ranking here is the local content problem: evidencing an iktva commitment means tagging every purchase order and labour hour by origin and reporting the aggregate, and that is an ERP task. Larger groups run SAP S/4HANA or Oracle Fusion for the same job at ten times the cost.

Pricing. Odoo publishes its list prices on its own pricing page and prices them per country. The shape is a free single-app tier with unlimited users, then Standard and Custom tiers charged per user per month with a discount for annual billing. Take the current Saudi figure from Odoo rather than from a range on a comparison page. Implementation through a Saudi partner is separate and realistically SAR 40,000 to SAR 150,000 in year one, which is an industry-observed range from partner quotes rather than an Odoo price.

Who it suits. EPCs from about fifteen staff upward who carry stock, run crews and bid government-linked work with local content scoring.

Honest limitations. It knows nothing about solar. No yield modelling, no shading, no SERA logic, no equipment intelligence beyond what you configure as products. Local content tracking is not a shipped feature, it is a configuration you or your partner build, and a half-built one is worse than a clean spreadsheet. Implementation is a project with a real failure rate, and small teams should not attempt it.

7. PVsyst

What it does best. Bankability paperwork. On an NREP bid or a large financed C&I project, the PVsyst loss diagram is the artefact the technical advisor asks for by name, and its soiling, thermal and mismatch inputs can be argued line by line in a review. In a market where plants are awarded on tendered tariffs against scrutinised yield assumptions, that defensibility is the product rather than the user interface.

Pricing. CHF 700 per user per year for the Professional licence, an annual subscription rather than a perpetual licence, which is roughly SAR 3,260 at CHF 1 to SAR 4.66. Education is CHF 420, and group discounts of 5 to 20 percent apply by quantity. Five seats are CHF 3,500, about SAR 16,300, which is well under the SAR 24,350 five SurgePV seats cost. If a bankable loss diagram is the only deliverable you need, PVsyst is the cheaper purchase and we would rather state that than dress it up.

Who it suits. Independent engineers, technical advisors, and developers producing yield reports for debt, equity or a REPDO submission.

Honest limitations. Desktop only, a steep learning curve, and it covers exactly one of the six categories here. No proposals, no monitoring, no procurement, no field operations, no Arabic, no SEC output. The quality of a Saudi PVsyst report depends almost entirely on whether the operator chose honest soiling and temperature inputs, which is a human control problem rather than a software one. Our sister engineering team covers the reading of one in how to read a PVsyst loss diagram, and our own PVsyst alternative comparison covers when a cloud tool substitutes.

8. Oracle Primavera P6

What it does best. Holding the programme a government client reports against. Saudi EPC contracts on public and semi-public work commonly require a resource-loaded schedule, monthly progress reporting against baseline, and earned value evidence, and Primavera is the format those clients and their consultants expect. On a 300 MW plant with civil works, module deliveries, grid connection milestones and a liquidated damages clause, the schedule is the contract document that decides whether you get paid on time.

Pricing. Roughly SAR 9,000 to SAR 14,000 per user per year depending on licence type and deployment, with enterprise cloud deployments quoted.

Who it suits. EPC contractors and project management consultancies delivering utility-scale or giga-project scope, and owners administering those contracts.

Honest limitations. No solar content whatsoever. It is a scheduling engine, and a badly built schedule in Primavera is more convincing and more misleading than a badly built one in a spreadsheet. It needs a trained planner, which is a hire rather than a licence. Overkill for anything below a few tens of megawatts, where project management inside Odoo or a lighter tool is sufficient. Arabic support is limited and reports usually go out in English.

9. Raptor Maps

What it does best. Turning an aerial thermal survey into a defect register. A drone flight produces radiometric thermal and RGB imagery, and Raptor Maps converts it into located, classified anomalies: hotspots, bypass diode failures, disconnected strings, cracked modules and junction box faults, each mapped to a module position with an estimated power loss. On a Saudi ground mount that is the difference between knowing the performance ratio is down 4 percent and knowing which 900 modules to claim under warranty.

Pricing. Charged per megawatt scanned plus a platform subscription, commonly SAR 1,800 to SAR 6,000 per megawatt per inspection cycle in the region, with annual programmes discounted.

Who it suits. Asset owners, O&M providers, EPCs inside a defects liability period, and anyone building a module warranty claim.

Honest limitations. It is an inspection layer, not a monitoring layer: it tells you what is broken today, not what broke last Tuesday, so it sits beside a live platform rather than replacing one. Drone flight permissions in the Kingdom require proper approvals and a licensed operator, which adds lead time, and thermal survey quality degrades in dusty air and high ambient conditions that are common exactly when you want to fly. The economics only work above a few megawatts.

10. SafetyCulture

What it does best. Getting structured evidence off the site and into a record, in Arabic, offline. Commissioning checks, permit to work, high voltage switching records, HSE inspections and preventive maintenance visits become templated mobile forms with photographs, signatures and timestamps, syncing when the phone finds signal. For a Saudi contractor whose commissioning records currently live in a messaging thread, this is the cheapest credibility upgrade available before a client audit.

Pricing. SafetyCulture bills in US dollars and publishes its rates: Free for up to 10 seats, Premium US$24 per seat per month on annual billing or US$29 monthly, and Enterprise by quote. Five field users fit inside the free tier; on Premium five seats are US$1,440 a year, about SAR 5,400 at US$1 to SAR 3.75, approximate and rate-dependent.

Who it suits. Any contractor with crews on site, particularly on work where a consultant or a government client audits documentation.

Honest limitations. It is a forms and inspections tool. No scheduling, no dispatch, no job costing, no production data and no solar logic, and you build every checklist yourself. It captures evidence and does not decide what to do with it, so it belongs next to a monitoring platform rather than instead of one.

Monitoring, Cleaning and Compliance Are Where Saudi Budgets Are Wrong

Most Saudi companies overspend on the sales end of the stack and underspend on the three layers that decide whether a project is profitable across its life.

Monitoring gets treated as free because the inverter portal is included. That works until the portfolio is multi-brand, which usually happens by the third project, and then nobody has one list of which sites need attention. The test is simple: if answering how your portfolio performed last month takes more than five minutes, you have dashboards rather than a monitoring system. Weather-adjusted performance ratio is the unit every commercial conversation eventually reduces to, and on a utility plant it is read out of a SCADA history rather than a phone app.

Cleaning gets treated as a service line rather than an optimisation. Eastern Province and Nafud-adjacent sites commonly lose in the region of half a percent to one percent of output per day between cleans, with shamal dust events concentrating losses into a few days. Two consequences follow. In design, a flat annual soiling assumption produces a yield number the client will not see, which is a problem covered in our Saudi design software ranking. In operations, cleaning frequency has a computable optimum, and the difference between a good schedule and a habitual one is usually one to three percent of annual yield.

Compliance gets treated as paperwork rather than as a system. Local content evidence, SASO certificates, SEC interconnection correspondence, factory acceptance records and commissioning data all end up requested at once, either by an auditor or by a client withholding a payment milestone. Contractors who hold this in a system produce it in a day. Contractors who hold it in inboxes spend a fortnight and lose the argument anyway. Certification detail on the equipment side is covered by our sister team in solar inverter certifications.

Where operations data becomes a decision rather than a report is covered in why AI is the future of solar operations and maintenance, and the commercial framing of maintenance obligations sits in our O&M glossary entry. Neutral market context for a board paper comes from the International Energy Agency and IRENA.

The Stack We Prescribe, by Saudi Company Type

This is the practical output of the page. Four profiles, four different answers, annual cost in riyals.

Profile A: rooftop and small C&I contractor, 3 to 10 people, under the 2 MW SERA ceiling. Two licences. SurgePV on the 5-User Team plan at roughly SAR 24,350 a year for design and proposals. Monitoring free from whichever inverter brand you standardise on, in practice Huawei FusionSolar for most Saudi rooftop fleets, with a monthly data export discipline of your own. SafetyCulture at roughly SAR 4,500 for commissioning and HSE evidence, which a Saudi client will ask for. Skip the ERP, skip Primavera, skip PVsyst. Total: about SAR 30,000 a year.

Profile B: mid-size EPC bidding government-linked and industrial city work, 15 to 60 people. Three licences. SurgePV at SAR 24,350 for five design seats. Odoo for procurement, project accounting and the local content tagging your bid score depends on, taken from Odoo’s own published Saudi per-user rate, plus a partner implementation in year one. Then either Primavera P6 at roughly SAR 11,000 per planner if your client mandates the format, or SafetyCulture and free vendor monitoring if it does not. Add PVsyst at CHF 700 per user, about SAR 3,260, only when a lender or a tender names it. Total: an observed SAR 90,000 to SAR 150,000 a year plus first-year implementation, from EPC deployments we have worked on rather than a sum of published rates, because the Odoo line is a country-specific list price and the implementation is a partner quote.

Profile C: utility-scale developer or independent power producer under NREP. Three licences, and design is the cheapest of them. PVsyst for the bankable yield report the tender expects. SurgePV for fast layout iteration and riyal financial modelling before the bid is frozen. Primavera P6 for the programme. Then, at commissioning, meteocontrol VCOM or Power Factors becomes the largest recurring line in the software budget, because your revenue is a measured number. Specify cleaning at design stage, robotic or manual, since retrofitting robots is expensive. Total: SAR 40,000 pre-close, rising to SAR 300,000 to SAR 600,000 a year once operating.

Profile D: O&M provider carrying availability guarantees on plants somebody else built. A different third licence from any of the above. Power Factors or meteocontrol for normalised multi-brand portfolio KPIs. A Raptor Maps aerial inspection programme on the ground-mount assets, annually or after a major dust season. SafetyCulture for crew records and Arabic field forms. You need almost no design software, and buying a design suite here is the classic category error. Total: SAR 120,000 to SAR 450,000 a year depending on portfolio size.

Buy This Category, Not That One

Five Stack Mistakes Saudi Companies Make

1. 1
   Buying a design suite to fix an operations problem. No simulation engine has ever recovered a performance ratio on a plant that was commissioned four years ago.
2. 2
   Accepting partial Arabic. Check Arabic layer by layer: interface, generated reports, field forms, invoices. A translated proposal template is a third of the requirement.
3. 3
   Leaving local content to a spreadsheet. Tag purchase orders and labour hours from day one in the finance system, or reconstruct two years of procurement under audit pressure.
4. 4
   Letting the inverter portal decide procurement. Free monitoring is free because switching brands later is painful. Price that lock-in before you standardise a fleet.
5. 5
   Deciding the cleaning method after the racking is bought. Robotic cleaning is a design-stage decision. Retrofitting it onto incompatible structures costs more than the yield it recovers.

How Heaven Green Energy and SurgePV Help Saudi Teams

Heaven Green Energy has delivered more than 10,000 solar installations, and our engineering group builds software for the work we do ourselves rather than for a product roadmap. That is why this page tells a Saudi plant owner to spend on asset performance management before design, and why we name SurgePV’s monitoring and procurement gaps rather than papering over them. Useful starting points:

• Utility-scale solar design for ground-mount block layout, terrain and riyal financial modelling before a bid is frozen.
• Industrial solar EPC for 100 kW and above with bankable yield reporting and performance guarantees.
• Ground-mount solar park delivery for land-based projects from feasibility through commissioning.
• Ground-mount design services when a bid needs a full engineering package rather than a design file.

For turnkey delivery see our solar EPC and commercial solar pages. If you are assembling the best solar software in Saudi Arabia for your own company, write down which of the six categories cost you money last year, and buy that one first.

Related Solar Software Guides

• Best Solar Design Software in Saudi Arabia: Top 10
• Best Solar Proposal Software in Saudi Arabia: Top 10
• Best Solar Software in UAE: Top 10 Platforms
• Utility-Scale Solar Design Software Compared
• Solar Design Software 2026: Tools Compared and Priced
• Solar Financial Modeling Software Compared

Compare Other Markets and Tool Categories

• Best solar the full software stack in India
• Best solar the full software stack in South Africa

Frequently Asked Questions

What is the best solar software in Saudi Arabia in 2026?

There is no single product, because Saudi solar software is six categories. The strongest design and proposal core is SurgePV at about SAR 4,870 per user per year on the 5-User Team plan. Monitoring should come free from your inverter brand for a rooftop fleet, or from meteocontrol VCOM or Power Factors for a utility-scale portfolio with availability obligations. Procurement and local content tracking belong in an ERP such as Odoo. Two or three licences cover almost every Saudi company shape.

How many software licences does a Saudi solar company need?

Two or three. A rooftop and small C&I contractor needs a design and proposal tool plus a field evidence app, with monitoring free from the hardware. A mid-size EPC bidding government work adds an ERP for procurement and local content, and often a scheduling tool if the client mandates the format. A utility-scale owner or O&M provider needs an asset performance platform first and almost no design software at all, which is the reverse of the usual assumption.

Why does asset performance management matter more in Saudi Arabia?

Because the revenue is contractual. A National Renewable Energy Program plant sells under a long power purchase agreement at a very low tariff, so a one percent shortfall in weather-adjusted performance ratio across a few hundred megawatts is a large annual sum, and any availability dispute is settled on measured data. An inverter portal shows generation. An asset performance platform normalises across brands, attributes losses by cause, and produces evidence in a format an offtaker and a lender accept.

Is robotic panel cleaning software a real category in Saudi Arabia?

Yes, and it is one of the clearest cases where Gulf conditions create a software category that does not exist in Europe. Eastern Province sites commonly lose roughly half a percent to one percent of output per day between cleans, with shamal dust events concentrating losses. Systems such as Ecoppia schedule cleaning from measured soiling and weather forecasts rather than a calendar. If robots are not viable, soiling sensors feeding a monitoring platform and an economic cleaning rule capture most of the benefit.

How does local content affect Saudi solar software choices?

It moves the problem into your finance system. Government-linked contracts carry local content commitments under the in-Kingdom total value add framework and the rules administered by the Local Content and Government Procurement Authority, and evidencing them means tagging suppliers, purchase orders, imported content and labour hours, then reporting the aggregate. No design or proposal tool does this. An ERP such as Odoo, or SAP for larger groups, is where the tracking has to live, configured before the first purchase order rather than after.

Does Saudi solar software need full Arabic support?

For government and semi-government work, yes, and layer by layer rather than as a single yes or no. Submittals and reports are expected in Arabic, invoices have format expectations, and many field crews work faster on Arabic checklists. The common failure is partial Arabisation, where a proposal template is translated but monitoring reports, work orders and inspection forms are not, and right-to-left tables and charts often reflow badly. Ask any vendor to show you a generated Arabic report, not an interface screenshot.

Which software handles SEC interconnection in Saudi Arabia?

None of them file for you. The Saudi Electricity Company runs its own application, study, inspection and bidirectional meter process for distributed systems under the Saudi Electricity Regulatory Authority’s small-scale rules, and no vendor has automated it. What good design software does is produce a clean single line diagram, load schedule, equipment list with SASO evidence and protection settings that transfer into SEC forms with modest editing. The submission itself stays a human process.

How much should a Saudi solar company budget for software?

A rooftop and small C&I contractor lands around SAR 30,000 a year across design, proposals and field evidence, with monitoring free. A mid-size EPC bidding government work runs SAR 90,000 to SAR 150,000 once an ERP and possibly a scheduling tool are added, plus first-year implementation. A utility-scale owner spends about SAR 40,000 before financial close and SAR 300,000 to SAR 600,000 a year once operating, because asset performance management is the dominant line. An O&M provider runs SAR 120,000 to SAR 450,000.